ShellSuperElementTriangularGetInternalStressesForLoadCase Method (Double, Double, Double, CoordinateSystem, Double, String, Double, Double, Int32)

public void GetInternalStressesForLoadCase(
	double x_local,
	double y_local,
	double z_local,
	CoordinateSystem coordinateSystem,
	double rotationAngleDegreesAboutLocalZ_stress_reporting_LocalSystemOnly,
	string LoadCaseName,
	out double[] MinValues,
	out double[] MaxValues,
	int stepNr
)

Public Sub GetInternalStressesForLoadCase ( 
	x_local As Double,
	y_local As Double,
	z_local As Double,
	coordinateSystem As CoordinateSystem,
	rotationAngleDegreesAboutLocalZ_stress_reporting_LocalSystemOnly As Double,
	LoadCaseName As String,
	<OutAttribute> ByRef MinValues As Double(),
	<OutAttribute> ByRef MaxValues As Double(),
	stepNr As Integer
)

Parameters

x_local

Type: SystemDouble
Local X coordinate to calculate stresses at

y_local

Type: SystemDouble
Local Y coordinate to calculate stresses at

z_local

Type: SystemDouble
Local Z coordinate to calculate stresses at

coordinateSystem

Type: Frame3DCoordinateSystem
Specify the coordinate system to report calculated stresses at

rotationAngleDegreesAboutLocalZ_stress_reporting_LocalSystemOnly

Type: SystemDouble
Reports the results at a rotated local coordinate system by the angle specified here. This is only valid if stresses are reported at the local coordinate system (coordinateSystem=Local).

LoadCaseName

Type: SystemString
Load Case name to report stresses for

MinValues

Type: SystemDouble
Minimum values

MaxValues

Type: SystemDouble
Maximum values

stepNr

Type: SystemInt32
Step number, needed only for time history analysis or geometric non linear analyses

Reference